Custom Titanium Steel Clad Plate | Corrosion-Resistant Bimetal for Chemical, Marine & Pressure Vessel Applications

Custom Titanium Steel Clad Plate

مقدمة

1. Titanium Steel Clad Plate is a high‑performance bimetal composite that permanently bonds a titanium layer to a carbon steel or stainless steel base, typically using explosive bonding and/or roll‑bonding according to standards such as ASTM B898. The titanium cladding (commonly Gr1, Gr2, Gr7 or Gr12) provides outstanding corrosion resistance to seawater, chlorides, many acids and oxidizing media, while the steel substrate (such as Q345R, A516 Gr.70, 304/316L) offers high strength, stiffness and good weldability. This allows end users to achieve the service life and chemical resistance of solid titanium at a much lower cost, making titanium clad steel an ideal material for pressure vessels, heat exchangers, columns, reactors and other critical equipment in chemical, petrochemical, power and marine engineering.

2. We supply fully customizable Titanium Steel Clad Plates, including titanium grade, base steel grade, total thickness, cladding thickness, plate width/length and edge preparation according to your drawings. The plates feature strong metallurgical bonding, high shear strength, good formability and reliable performance under high pressure and temperature, and can be further processed by rolling, bending, cutting, drilling and welding into shells, tube sheets and other components. NDT such as ultrasonic testing can be provided on request. OEM/ODM support and engineering consultation are available to help you select the right Ti/steel combination and specifications for your project, whether for new equipment or for upgrading existing carbon‑steel installations in highly corrosive environments.

   المواصفات

   النوع	Titanium–Steel Clad Plate / Sheet / Bimetallic Composite Board
   Structure	Bimetallic composite consisting of a titanium cladding layer (corrosion resistance) and a steel base layer (structural strength)
   Material Grade (Clad)	High-purity Titanium or Ti-alloys: Grade 1, Grade 2, Grade 7 (Ti-Pd), Grade 12 (Ti-Mo-Ni)
   Material Grade (Base)	Carbon Steel (e.g., Q235B, Q345R, ASTM A36, A516 Gr.70); Stainless Steel (e.g., 304/304L, 316/316L)
   Ti/Steel Ratio	Customizable; common cladding thickness 1mm–12mm; base steel thickness 6mm–100mm+
   Bonding Quality	Metallurgical bond with shear strength typically ≥ 140 MPa (exceeding ASTM B898 standards)
   Bonding Method	Explosion Bonding (for heavy plates), Roll Bonding (for thin sheets), or Explosion-Rolling composite process
   نموذج	Flat plate, circular disc, or customized rectangular/square sheets
   نطاق السُمك	Total thickness from 4mm up to 150mm; ultra-thin cladding available for specialized heat exchangers
   Width & Length	Width up to 3,000mm; Length up to 12,000mm (depends on bonding method and equipment)
   Surface Finish	Mill finish, sandblasted, pickled (acid wash), or polished (for titanium side)
   Mechanical Props.	Combines titanium’s chemical inertness with steel’s high tensile strength and impact toughness
   Corrosion Resistance	Excellent resistance to seawater, wet chlorine, chlorites, nitric acid, and organic acids at the titanium interface
   Thermal Conductivity	Solid metallurgical interface ensures uniform heat transfer, ideal for jacketed vessels and heat exchangers
   Weldability	Base steel follows standard welding procedures; Titanium side requires specialized inert gas protection (Argon) and transition joints
   Dimensional Tolerances	Strict compliance with ASTM B898 or ASME SB898; tight control over flatness and bond-zone integrity
   Standards & Reference	ASTM B898 (Standard for Ti/Steel Clad Plate), ASME SB898, JIS G3603, or GB/T 8547
   Non-Destructive Test	100% Ultrasonic Testing (UT) to ensure 0% delamination in the bonding interface
   Application Range	Chemical pressure vessels, desalination plants, power plant chimneys/SCR systems, marine engineering, and petroleum refining
   Processing Capability	Supports CNC cutting (plasma/water-jet), rolling/bending, drilling, and specialized bimetallic welding
   Customization	Tailored layer thickness, base metal grades, specific edge preparations, and custom dimensions for project drawings
   Packaging	Seaworthy packaging; protective film on the titanium side; steel frame or wooden crates for safe export shipping

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